This can be calculated for a magnetic dipole subject to magnetic field by taking the dot product of the magnetic moment times negative one and B. This for an object in an electric field is the product of k and the two charges divided b r. In general this results from having a position within a force field. For a spring, this is equal to one half ti
This can be calculated for a magnetic dipole subject to magnetic field by taking the dot product of the magnetic moment times negative one and B. This for an object in an electric field is the product of k and the two charges divided b r. In general this results from having a position within a force field. For a spring, this is equal to one half times the spring constant times the displacement squared. The value of this for an object in the Earth's gravity is mgh. For 10 points, name this stored energy that can be transformed into kinetic energy and is exemplified by a rock on the top of a hill.
This can be calculated for a magnetic dipole subject to magnetic field by taking the dot product of the magnetic moment times negative one and B. This for an object in an electric field is the product of k and the two charges divided b r. In general this results from having a position within a force field.
{potential} energy